Verilog-A modeling of electrical circuit with adding element based on branched hydrogen bonding network

A microelectronic circuit emulating the behavior of branched hydrogen bonding network is developed. Each hydrogen bond of the network is described in the electrical circuit by three or four-terminal block-element; the residue, which branches the hydrogen bonding network, is presented as a signal adding element. Each block-element is coded in Verilog-A language and implemented in Cadence. DC and transient analyses are performed and compared to previous results obtained in Matlab. The microelectronic circuit analogous to hydrogen bonding network operates as DC Level Shifter, transistor, amplitude limiter and decoder.